Large Language Models for Native Garden Design and Visualization
The overuse of traditional lawns in suburban areas poses a significant environmental challenge, characterized by high resource consumption, chemical inputs, and diminished biodiversity. In response, this project develops a user-friendly web application to assist homeowners in transitioning their lawns into biodiverse native gardens. By leveraging Python and OpenAI's API to use Large Language Models like ChatGPT, this application provides personalized recommendations based on local environmental conditions and user preferences, encompassing a comprehensive database of native plants, hardiness zones, and local nurseries. Through intuitive design, this project aims to streamline sustainable landscaping practices, making them accessible to a broader audience. Informed by feedback from the Spatial Ecology Lab at UMass and the ICONS program, this project emphasizes usability, functionality, and ecological importance, ultimately empowering homeowners to play a proactive role in fostering diverse and self-sustaining ecosystems within their communities.
Research Area | Presenter | Title | Keywords |
---|---|---|---|
Environmental Science and Sustainability | Lima, Jean-Marco | Sustainability (1.0), Environment (1.0) | |
Biological Organisms | Walker-Hoover, Charles Elijah | Sustainability (1.0), Environmental (0.909091) | |
Biological Organisms | Brothers, Isabella Rose | Ecology | |
Biological Organisms | Gracia-David, Jared | Ecology | |
Environment Effects on Ecosystems | Misiaszek, Adam Curtis | Ecology |